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1986•Journal of BacteriologyOpen access

Genetic complementation in Cryptococcus neoformans

W L Whelan, Kyung J. Kwon‐Chung

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Abstract

A complementation test was devised for the fungus Cryptococcus neoformans. Complementation was signalled by the growth of prototrophic heterokaryons generated in crosses of the type aB X Ab, where a and b represent any two of the genetic markers ilv1, cys1, cys2, and cys3. The cloned complementing heterokaryons formed characteristic hyphal colonies that contained both hyphae and yeast cells. The heterokaryon-derived yeasts were of three kinds: parental haploids, recombinant haploids, and diploids.

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A complementation test was devised for the fungus Cryptococcus neoformans. Complementation was signalled by the growth of prototrophic heterokaryons generated in crosses of the type aB X Ab, where a and b represent any two of the genetic markers ilv1, cys1, cys2, and cys3. The cloned complementing heterokaryons formed characteristic hyphal colonies that contained both hyphae and yeast cells. The heterokaryon-derived yeasts were of three kinds: parental haploids, recombinant haploids, and diploids.

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Available abstract

A complementation test was devised for the fungus Cryptococcus neoformans. Complementation was signalled by the growth of prototrophic heterokaryons generated in crosses of the type aB X Ab, where a and b represent any two of the genetic markers ilv1, cys1, cys2, and cys3. The cloned complementing heterokaryons formed characteristic hyphal colonies that contained both hyphae and yeast cells. The heterokaryon-derived yeasts were of three kinds: parental haploids, recombinant haploids, and diploids.

Key concepts: Heterokaryon, Complementation, Biology, Cryptococcus neoformans, Auxotrophy, Yeast, Fungus, Genetics

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